Pooya Heiraty (Mechanical design engineer)
Baltimore, MD 21210
Cell: 708-***-****, *****.*******@*******.***
Executive profile
I am a machine and product designer, inventor, CAD teacher and technical writer who have developed numerous complicated products like electro-mechanical machines, robots, surgical devices, powered prosthesis and educational kits.
Skill highlights
New product development (NPD) and
proficiency at design principals
SolidWorks, AutoCAD and MDT
Bill of Materials (BOM)
Finite Element Analysis (FEA) Simulation
Electro Pneumatic and Hydraulic
Interpreting dimensions and tolerances (GD&T)
Using micrometer & measuring instruments
Hands-on with assembling, rapid prototyping
and machine shop as a hobby machinist.
Observation of General, Ophthalmic,
Laparoscopic, Orthopedic and Vet surgeries
PLC (Ladder), VFP, MSP and Arena3
Basic DC electronics and Motors
Core accomplishment
Discover creative, yet easily manufacturable solutions to prototype custom machines with limited recourses
(time, finance and facilities) based on simplification, modularization and effective outsourcing. Professional experiences and projects
It is worth mentioning that I have started the experience of working in the field of “Machine Design” since 1998 as a part time machinist and continue as CAD teacher, designer, R&D director and self-employer. Dec 2014 to Oct 2015
Design engineer (part time)
Rehabilitation Institute of Chicago (Northwestern University) Designing and prototyping of lightest Bionic prosthetic ankle in the world. July 2013 to April 2014
Self-employed contractor
Designing and Producing following products:
Multifunctional pipe inspection robot
Hydraulic surgery table for equines
Three different types of veterinary surgery tables for monkey’s, heavy dogs and regular pets
Automatic thermo bending machine for acrylic sheets
Veterinary endoscope
Four different veterinary wheelchairs
May 2005 to July 2013
Research and development director
Sprooz industry development Co., LTD
Planning, scheduling, designing and prototyping of following products:
Concept design and simulation of new Laparoscopic surgical Robot
Nine types of complicated Tracked and wheeled mobile robots like patient moving robot
Three kinds of manipulators
Two types of expositive bionic face with 15 and 16 degree of freedom
Three classes of complex portable control panels
Six variety of robotic educational kits (mass produced)
Advanced PLC simulator and Tenth of educational instruments for robotic labs
Lens holder, retractor and electro-mechanical handle for laparoscopic surgeries
Orthopedic mini saw, plates and universal clamps
Two types of six leg robots
Earthquake alert system
Jan 2003 to July 2003
Design assistant
Sardsir Co.
Measuring, 3D Modeling and Developing of following machines:
Water-Cooled Chiller
Ice-cream filling machine
Ice-cream freezing machine
Ice-cream packaging machine
Education
B.S. in Industrial engineering – Industrial production, 2005. Azad University, Qazvin, IR.
Certifications
“PLC: Basic, Advanced and Professional”, Keyence Co, 2006.
“AutoDesk Mechanical Desktop I”, Contronic Co, 2006.
“Pneumatics P111”, Festo Inc, 2005.
“3D AutoCAD”, Contronic Co, 2000.
“New Product Design & Development”, Industrial Management Institute, 1999.
“2D AutoCAD”, Contronic Co, 1999.
“Robots utilities in medicine workshop”, Trauma Research Center, 2010.
“Effective communications”, Respina Ltd, 2012.
“Customer value and sale service fundamentals”, Respina Ltd, 2011.
“Negotiation communication and sale management”, Prof. Graeme Cordington & Allen Pease, 2010.
“Time, stress & money management”, David Thomas & Bob Hooey, 2008.
“Customer maintaining and compensation theory”, Industrial Management Institute, 1999. Links
Linkedin.com/pub/pooya-heiraty/48/695/77a
Grabcad.com/pooya.heiraty-1
Books, Patents and RoboCups
Three books and many of booklets.
Patenting of 17 practical inventions on robotics, medicine and related areas.
Member of University Robocup team for three world championship (2003, 2004 and 2005) and two local competitions. In mentioned period four complicated rescue robots, full team of soccer robots and four semi-complicated robots have been done.
Reference will be provide upon request